Energy of a capacitor | Circuits | Physics | Khan Academy
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- Опубліковано 16 вер 2013
- This video explains the potential of a capacitor and how they function in a circuit. By David Santo Pietro. Created by David SantoPietro.
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It's like a combination of high school physics and Blues Clues
I love it
This made me laugh hard.
And some Old school rap
Yes lol
Who is this amazing individual?
David Santo Pietro
Do you know what the background music is?
People like you make us fall in love with the subject. I don't understand why teachers complicate the simple concepts!
I can't thank you enough for these videos sir.
Exactly ❤️
Do you know what the background music is?
This dude deserves a nobel prize in teaching
The way he made us remember those formulas!!!!HAHAHA
Do you know what the background music is?
A phenomenal video as someone who hates physics, I was apprehensive about studying capacitance. But this video made an seemingly difficult topic, very easy. The beauty of this video is it's simplicity!!! Great job David Santo Pietro. Thanks Khan Academy!!!!
@@RigidMan Do you know what the background music is used in this video?
This video is PERFECT!
Thanks a lot!
Very detailed and precise.
oooooooooooooooooooooooooooooooooooooooooooooooooooo hahahahaha those kids :D
ngl It's kinda annoying
Great Vid! Easy to follow! Probably the best i've see so far
This is very amusing yet very helpful and simple to understand. Thanks a lot!
Bro.. These videos are SO good. With the real life examples and super thorough explanations and tips. I appreciate this a lot. Physics is not as scary now... Thank you so much!! I had to go on the youtube page for these vids from the khan website just to click like!
This channel is my education
THIS IS THE MOST INTERESTING PHYSICS VIDEO I'VE EVER SEEN IN MY LIFE! GREAT GREAT JOB!!!!!!
The best teaching videos. Thanks professor, I admire this great system of teaching experience.
THANK YOU SO MUCH!! I had troubles remembering what my lecturer taught me and reading textbook could not give me visual explanation. Thank you for this video!!
man!the way you teach us,is just..perfect...wish our teachers had this ability too.
you just got to love these videos
How so concise! This perfect video answered the questions I had. 😊
This was so good! I understood so well!
Good explanation and the only video that explains the 1/2 average factor, - thanks!
Educational content on YT doesn't get any better than this. The Khan India guy and now this guy! Amazing.
I m able to visualize each and every concept clearly.. thanks bro
Excellent teaching. I could barely understand this stuff until I came across these videos.
Clearest video explanation of this concept ever!
My Physics II textbook doesn't explain well where the 1/2 comes from. This covered it perfectly!
I love the visuals and the music. Great explanation.
informative video keep it up ..TQ
The Best Explanation 👌 thanks
Thank You. You explained in 6 min what my Physics teacher took a week to explain.
Oooh!
Nice tutorial!
DAT sound effects tho
Very informative. Keep this good work up
very helpful & nice presentation
, thanks
best physics teacher in the world
Loved it completely
I was so confused by the half. Thank you so much.
Quality video. Do you have one on capacitors charging with constant current?
you rocked it in this video!!
love this my all trouble has gone away.
I didn't like physics before watching your videos...........u r an amazing individual..........u r a real teacher ❤️
i love these videos...
Very well said! ❤️
awesome..😍
I want lessons of Ac by David Santo Pietro with the music before end of Dec plz
I'm liking this for the C pun
finally , i understood how capacitors work. Thank you so much for this helpful lessons
2 the parallel capacitor is fully charged then the charge. then take the power out, the charge in two copies will look like?
@@nghialetrong7039 yes
Thankks i understand better now
that background music is mesmerizing
u r amazing , man .. keep going
This man is a legend🎉❤
I think this is like relationships. Opposites attract, then little by little the capacitance (dopamine/love/attraction) is less every time you charge (hang) the capacitor (the relationship).
damn
That is such a unique way of thinking 😄
Well that was unique😂😂
Those kids tho😂😂
Best explanation on EARTH 🌏
thank you very much
very good.
OMG superb.
very good..
Good shit!
Thank you so much .....
you're amazing teacher keep teaching in this way up May ALLAH ALMIGHTY bless you
what happens when to energy variation when dielectrics used
My heart just broke wen he didn't know integration! I was excited to see if he can show that with this much ease😂.. awesome video sir thanks a lot
Studying for the MCAT right now. I wish I had learned this in High School or Undergrad.
Uff awesome ❤
Thank you - great video. Quick question: can someone please explain how the voltages were calculated in the final section? Adding up the voltages along one route gives 10.5V but the PD of the supply is 10V? Thanks
The voltages were assumed, as though they were given in a question, he didn't calculate them, rather he just made up values for each so the formula would work.
Brilliant.
BEAUTIS!!
Love it
Helped me a lot 🆒🆒🆒🆒🆒🆒🆒🆒
Thanks 🙏 a lot
where does other 1/2 energy goes off? if only 1/2 energy stored in capacitor .
thanks a lot
THANK YOU THANK YOU THANK YOU
Love you so much
I SEE, this is a goldmine
Hats off
Best Science Communicator
awwwwwsome
Thanks ❤
for example if we take plates made up of copper, after a capacitor charged, will plates of capacitor turns to Cu+(positively charged plate) and Cu-(negatively charged plate) or capacitor plates remains same as Cu?
nice one
AMAZING video
The ohhhhhhh was funny lol
This man is a genius.
great video! but for the last example, shouldn't the voltages be 10V (1+9) according to the batteries? But the voltage in that circuit was actually 10.5V (6.25+3+1.25)?
That what I was thinking! A simple typo, he was off by 0.5V, but the concept was still delivered very well!
If you integrate Vdq from 0 to Q and replace dq by Cdv , you get 1/2CV^2 and then 1/2QV follows also
Dude !!
Very Well Work On the Education, Keep Going On ,, Never Stop ....................
2 the parallel capacitor is fully charged then the charge. then take the power out, the charge in two copies will look like?
Sir please do video to understand parallel plate capacitor
Does the capacitor pushes the amps that the load needs or more then then it requires?
woohoo.....best
2 the parallel capacitor is fully charged then the charge. then take the power out, the charge in two copies will look like?
unintentionally hilarious vid
I love the bgm
this is very helpful :) and interesting to hear. it was like listening to a rap song. :D
well, in one of my books while reading about capacitance. There was a topic that when an uncharged conductor is brought near a charged conductor, it leads to a decrease in Potential of the charged conductor which decreases the Capacitance.
But in some other book, I read that Capacitance doesn't depend upon q and V.
What's the correct explanation?
👌
❤❤
During charging ,Is all the charges moved through the potential of V volt ?Thus we write energy giving to capacitor is QV.
I have the same problem .Please answer this question.🙏🙏🙏🙏
4:41 technique to remember the formula
Sir does the charge travel through battery during charging process if it does that energy stored in capacitor will be increase if it does not do that how charging process done PLEASE EXPLAIN